Project: PythonIn this project, you will create a simple program to roll some dice and calculate damage in the style of Dungeons and Dragons, a popular roleplaying game. What you need to knowOne of the main components of the game is the dice roll. This allows for randomization and adds variations to the game. Die sides are denoted by d3, d6, d20, etc., with the number referring to the number of sides that the die has. Since we are using a computer, we can have a die like d1000 (meaning a 1000-sided die) which would not be possible in real life. We can also roll multiple dice. For example, 1d6 means a six-sided die that can output anything from 1, 2, 3, 4, 5, or 6. 2d6 means two six-sided dice that can output the sum of two dice throws (e.g., 2 through 12). If the first roll is 3 and the second roll is 2, the sum is 5. Use the starter codePlease find the starter code here: https://repl.it/@bus101/Final-project-starter-code Copy the code into your own account. Make sure that you don’t change any of the provided code. You will need “random” to generate random numbers (e.g., the die roll). What you need to createFunction: get_roll(rollstring)This function takes an input parameter as a string that looks like “1d3”, “3d5”, etc. The function should return an integer simulating those dice rolls. In the case of “3d5”, for example, the function will generate a random number between 1 and 5, three times, and return the total as an integer. Function: get_damage(attack, defense)This function gets the value of damage based on roll strings. If the defense roll is greater than the attack roll, damage is 0. Otherwise, return attack minus defense, as an integer.Function: main_menu()In this function, ask the user how many rolls they want to take. Next, ask the user to input the attack dice and the defense dice for roll 1, roll 2, etc., up to the number of rolls they entered. Finally, display each roll round and the damage from that round. This function does not need to return anything.Sample outputEach group of output is from a separate run of the program. The program only needs to run once each time. How many rolls do you want to take? 3Input attack and defense roll 1: 1d3,1d3Input attack and defense roll 2: 1d6,1d3Input attack and defense roll 3: 1d6,1d10Attack:1d3, Defense:1d3 : Damage: 0Attack:1d6, Defense:1d3 : Damage: 2Attack:1d6, Defense:1d10 : Damage: 0 How many rolls do you want to take? 2Input attack and defense roll 1: 100d5,150d3Input attack and defense roll 2: 99d6,100d7Attack:100d5, Defense:150d3 : Damage: 0Attack:99d6, Defense:100d7 : Damage: 0 How many rolls do you want to take? 5Input attack and defense roll 1: 500d5,500d5Input attack and defense roll 2: 600d6,600d6Input attack and defense roll 3: 123d456,123d123Input attack and defense roll 4: 1d10000000,1d100000000000Input attack and defense roll 5: 1d1,1d1Attack:500d5, Defense:500d5 : Damage: 0Attack:600d6, Defense:600d6 : Damage: 0Attack:123d456, Defense:123d123 : Damage: 20058Attack:1d10000000, Defense:1d100000000000 : Damage: 0Attack:1d1, Defense:1d1 : Damage: 0How to submit your Python codeIf you do not see a “Share” button in the top right, please turn off any ad blockers. When you are done with your code, click “Share” in the top right. You will see an info box pop up like the screenshot below. At the bottom of the box, click “Copy repl link”. Please do not use the “Invite someone with a join link” feature. Create a new text submission in iLearn. Paste your link into the text box (not the comments box) and submit. Note: if you change the title of your repl after submitting, your link will no longer be valid. You will need to create a new link (see steps above) and submit again. I recommend making the title of your repl something simple like “[first name] [last name] Project” and leaving it like that.ResourcesYou will need to learn additional Python concepts on your own. I will provide updated resources here that will help. Here’s how to use these resources: https://www.loom.com/share/f46abf6088ca48b2967e39c454ec4022 Functions (Dr. Chuck):https://www.youtube.com/watch?v=5Kzw-0-DQAkhttps://www.youtube.com/watch?v=AJVNYRqn8kMLists (Dr. Chuck):https://www.youtube.com/watch?v=ljExWqnWQvohttps://www.youtube.com/watch?v=bV1FQUBIApMhttps://www.youtube.com/watch?v=GxADdpo6EP4 Using the split() function: https://www.w3schools.com/python/ref_string_split.asp (Hint: if the roll string is “1d5”, what separator should you use to split the string into the number of dice and number of sides?) randint() function: https://www.w3schools.com/python/ref_random_randint.asp The following textbooks are for reference only. You don’t need to read them all the way through.Python for Everybody (Dr. Chuck’s book): http://do1.dr-chuck.com/pythonlearn/EN_us/pythonlearn.pdfThink Python: http://greenteapress.com/thinkpython2/thinkpython2.pdf New material Dec 5This is another good instructorFunctions: https://www.youtube.com/watch?v=NSbOtYzIQI0Lists: https://www.youtube.com/watch?v=tw7ror9x32sFor loops: https://www.youtube.com/watch?v=OnDr4J2UXSAWhile loops: https://www.youtube.com/watch?v=6TEGxJXLAWQDictionaries: https://www.youtube.com/watch?v=ZEZdys-fHDw

On this assignment I have partial code and just need to code completed and returned.Below is the instructions and files of the partial code is aComplete Lab 3 –Rental Car Client/Server. A complete set of instructions can be found in the Lab Overview under Week 3. Submit your lab. ------------------ This week’s assignment is to design and build a rental car management system using TCP and appropriate data streams. This is a multipart assignment. In the last phase of this assignment, you will have the opportunity to add threads and synchronization to this application. The application will be a rental car inventory management system. Cars can be added to the pool of cars available to rent. A car can be rented, and a car can be returned after rental. Any employee at the rental agency can do any one of these operations. More than one employee is expected to be performing these operations at the same time, so access to the information about the car inventory will need to be synchronized (when threads are added). Required data per vehicle: ID number which uniquely identifies it (i.e., VIN).Year / Make / Model info (i.e., 2004 Toyota Camry)Rental Type – Truck, Luxury Car, Mid-size Car, Compact CarMileage at Last Check-out or Check-inRental Status: Available, RentedRenter’s Name and Driver’s License Number Server inventory data: List of rented and available vehicles in the current inventory. Output Submit a Word document which contains the following: the written description of the message exchange from phase 1, the Message class code from Phase 1, screen shots of the output of both the client and the server programs from Phase 2, and your source code for the client and server from Phase 2. Benefits Understand how the client/server architecture is implemented and works. iLAB STEPS Implementation Back to Top (Links to an external site.)Links to an external site. The following phases should be implemented for this week: Phase 1: Design the message exchange between the client and the server. For each of the operations described in this document, specify the details of what values the client sends to the server and what possible values the server sends back to the client. Make sure you consider any error returns from the server. Design your Message class based on this specification. Turn in a short written description of the Message exchange and your Message class source code. Your written description should be no more than one page. Phase 2: Implement the TCP and Object stream network communication between the client and server. At this point, you should be able to send message objects between the client and the server and vice versa. Have your client sending a real add, get, rent, and return message. The server should display the contents of the received message, and return a message indicating the requested operation failed. The client should display the returned message content appropriately. Turn in screen shots of the client and server which illustrate the message exchange. Also turn in your client and server source code. The following operations should be implemented on the server side: Add Vehicle: the client must provide a unique ID number, the year – make – model info, the type of rental vehicle, and the current mileage. The server will add a new vehicle to its list of available vehicles. The server should verify that the VIN is unique. The client should receive an indication of success or failure from the server.Get Vehicle Data: the client can request to see the next vehicle’s data. The client must specify a state (i.e., Available, Rented, Any) and a specific rental type (i.e., SUV, Truck, Any). The server must keep track of the client’s position when scanning through the inventory. The server returns the next vehicle’s data which matches the requested search criteria along with any rental information. If nothing matches, the server returns a failure indication to the client.Rent Vehicle: the client must provide the ID number of the vehicle being rented, along with the renter’s name and driver’s license number. The server must check to make sure the requested vehicle is available, and if so, places the vehicle into the rented state. The server returns an indication of success or failure to the client.Return Vehicle: the client must provide the ID number of the vehicle being returned, along with the current mileage of the vehicle. The server updates the vehicle’s inventory data accordingly, returning the vehicle to the available state. If successful, the server returns the miles driven by the renter. Otherwise, an error indication is returned. User interfaces Some of the source code that is required for the development of the client side GUI has been provided. The CarInventoryClient.java file is set up to be part of the default package of a CarInventoryClient project. This means that you need to create a project called CarInventoryClient, and copy the CarInventoryClient.java file into that folder. All other classes needed for the client should be part of this project.

Lab 11Attached Files: lab11.zip (178.267 KB)Lab 11Objective: Use jQuery to create a tabbed web page, dialog boxes, accordion panels and tooltips.Description:For this lab, you will be modifying 2 product display pages to use jQuery UI widgets.First you will modify the mums page from lab 9 to include tooltips to display the titles for the images in the gallery section as well as a zone map when the user hovers over the Zone text on the page. Then you will divide the page into 3 panels to displayed in an accordion format where the user can open and close the individual panels by clicking on the associated title.Second, you will modify the roses.html page (attached with images to this lab), to include 2 dialog boxes: 1 to display when the page loads and another when the user clicks on the Zone span tag on the page. Then you will organize the page into 3 tabbed panels which will display one at a time. The user can select the panel to be displayed by clicking on the associated tab.Requirements:Download the jQuery ui files using a theme of your choice and add to mums.html and roses.html.Use the mums.html folder from lab 9 to add tooltips and accordion panels.TooltipsAdd titles to each of the images in the gallery section of the page.Add the tooltips function to any element on the page with a tooltipAdd a custom class and change the styling as you see fit.Add a span tag around the word Zone in the Plant Details table. Give it an id and a title.Add the tooltips method to the Zone id tag, but add a link to the hardiness.jpg image as the content for the tooltip. (image is included in the download files for this assignment.AccordionModify the div tag that is just above the h2 element for Plant Overview to include an idApply the accordion method to the id.Add 2 customizations of your choice (css or options)For the roses.html file attached to this assignment, add dialog boxes and tabsDialogCall the dialog method for the #sale div at the bottom of the page to display the dialog when the page loadsCall the dialog method for the #zone div at the bottom of the page but prevent it from displaying when the page first loadsAdd a click event to the #zonePopup span tag (Zone in the Plant Details panel) to open the #zone dialog.TabsAdd the tabs method to the #tabs div that includes the ul for the tabs.Add 2 customizations of your choice (css or options)Add links between the 2 pages.Upload your files to the server. Test and submit the assignment.Lab RequirementPoint ValueMums: Tooltips added to images in the gallery section to display the titles10 pointsMums: A tooltip with the zone map displays then the user hovers over the Zone element.10 pointsMums: Accordion added with 2 customizations and works as expected15 pointsRoses: Dialog box displays when page loads.10 pointsRoses: Zone map dialog box displays when Zone element is clicked10 pointsRoses: Tabs added with 2 customizations and works as expected15 pointsBoth pages display and execute per lab specifications on the server5 pointsTotal:75 points